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Department of Plant Sciences

Studying at Cambridge

 

Ecosystem function and conservation

Headline research projects for this theme:

Variations in phenol availability from decomposing macrophyte litter could enhance methane production from lake sediments with a major impact on global carbon cycling. Lead: Andrew Tanentzap

Stable isotopes define rainforest bryophyte distribution and montane bryophytes make a significant contribution carbon and water storage. Lead: Howard Griffiths

Tropical forest resilience: a repeat LIDAR survey of 300 km2 of Malaysian rainforest reveal widespread leaf loss in response to El Nino event but little mortality. Lead: David Coomes

Contributing research groups: 


Some projects will be specifically targeted towards defined UKRI Research Council DTP schemes, as well as being open for applicants applying to the University's Graduate Funding Competition or other sources of funding.

Potential applicants should always approach the potential Supervisor/Group Leader in the first instance to discuss eligibility.

Key to funding opportunities below:

  • GFC = Graduate Funding Competition,
  • NERC = Cambridge NERC C-CLEAR DTP,
  • OTHER = Other sources of funding

 

Title Description
Coomes Group: Using airborne laser scanning to track the impacts of global change on forest ecosystems GFC / OTHER
Coomes Group: Winds of change: understanding storm damage to forests in the face of climate change NERC / GFC / OTHER
Coomes Group: Getting epidemiological: applications of hyperspectral remote sensing to detecting, predicting and managing the spread of plant diseases NERC / GFC / OTHER
Coomes Group: A hard nut to crack: the evolution, ecology and conservation of tropical oaks NERC / GFC / OTHER
Cunniffe Group: How can landscape structure be used to control crop disease? GFC / OTHER
Cunniffe Group: Using citrus as a model for scaling control of disease at local scales to strategies for regional control GFC / OTHER
Cunniffe Group: Tainted Love? Modelling the epidemiology, ecology and evolutionary consequences of pollinator-transmitted plant disease NERC / GFC / OTHER
Glover Group: How to spot a daisy (evolution and development of petal spots) NERC / GFC / OTHER
Glover Group: Development of the light-focusing prism cells of California poppy NERC / GFC / OTHER
Kromdijk Group: What can we learn from solar induced fluorescence signals to better constrain gross primary productivity? NERC / GFC / Other
Pellegrini Group: The effect of the interaction between climate change and fire on ecosystem health and productivity in tropical and temperate forests NERC / GFC / OTHER
Pellegrini Group: The resilience of savanna ecosystems to changing fire regimes NERC / GFC / OTHER
Pellegrini Group: The effect of fire on coniferous forests in the western United States NERC / GFC / OTHER
Tanentzap Group: Evolutionary ‘omics of adaptation in environmental microbiomes NERC / GFC / OTHER
Tanentzap Group: Thawing Arctic: productivity and sources of carbon cycling in small lakes NERC / GFC / OTHER
Tanentzap Group: Evolution on the wild side: the predictability of adaptation to global change NERC / GFC / OTHER
Tanentzap Group: Invisible world: the biogeography of molecular and microbial diversity in European lakes NERC / GFC / OTHER
Tanentzap Group: The role of algae in the Arctic carbon cycle GFC / OTHER

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